Ford Kuga 3
Weaknesses, engine ratings and buying advice
The Ford Kuga III (2019–present) is Ford’s best-selling model in Europe — and the subject of one of the most dramatic recall sagas in recent automotive history. The buying rule is simple: avoid the PHEV, buy the FHEV or diesel.
The PHEV fire scandal: In August 2020, Ford prohibited charging the high-voltage battery — metallic contaminants cause short circuits. ~196,000 vehicles worldwide. KBA recall 14793R covers production from August 2019 to September 2025. Ford’s “solution”: software update capping charge at 80%, no full battery replacement.
Engine guide: The 2.0 EcoBlue 190 hp diesel (mHEV, automatic, AWD) is the most solid powertrain. The 2.5 Duratec FHEV (225 hp full hybrid) is the insider pick: same architecture as PHEV, no charging cable, no battery fire recall. The 1.5 EcoBoost carries an active KBA recall for cracked injectors (production 11/2018–05/2024 — nearly all examples). Additional risk: engine block hairline cracks.
2026 market: PHEV below €20,000 = trap (recall risk). 2.0 EcoBlue 190 AWD: €16,000–24,000. FHEV: €14,000–20,000.
Insider pick: 2.5 FHEV from 2022 — no charging cable, no fire risk, no injector recall, proven engine.
231 PS
Kuga · Benzin
Sporty Kuga
Decent190 PS
2.0L EcoBlue Diesel
8 weaknesses
Stay Away!Generations
Engine Overview
The Ford Kuga 3 is available with 7 engine variants — from 120 to 242 hp.
1.5L four-cylinder diesel in the Kuga III. 120 hp. Small diesel for the base version.
- !! Injector Problems: Juddering and Knocking from 140,000 km
Faulty injectors cause severe juddering and knocking on acceleration. Problem occurs from approx. 140,000–150,000 km. Multiple injectors become leaky or faulty simultaneously. Ford has replaced all 4 injectors in individual cases without a permanent fix.
Symptoms: Heavy juddering, knocking on acceleration, engine misfires, power loss - !! Recall: Camshaft sprocket material fatigue (16B42)
Ford recalled approximately 8,400 vehicles (production October 2014 to April 2015) because the camshaft sprocket could fracture due to material fatigue and damage the engine.
- !! EGR cooler crack with coolant ingress from 120,000 km
The EGR cooler develops cracks due to extreme temperature cycling. Coolant enters the intake tract and forms black foam in the expansion tank. In the worst case, hydraulic lock.
Symptoms: Black or oily foam in the coolant expansion tank, coolant loss without external leaks, white exhaust smoke, tendency to overheat.
+ 4 more engine weaknesses + vehicle weaknesses
2.0L four-cylinder diesel 1995cc. Engine code YMDA. 190 hp top version in the Kuga III with all-wheel drive and automatic.
- !! Continental Injector Coating Defect (2019) from 50,000 km
Continental injectors with a faulty internal coating (vehicles built Feb–Sep 2019). The coating delaminates and blocks the injector. Ford service action: free injector replacement (Ford TSB-20-2335). Affected vehicles: Transit, Ranger, Focus, Mondeo, S-Max, Galaxy, Edge.
Symptoms: Hesitation, poor idle, power reduction, increased fuel consumption, limp mode - !! DPF Clogging from Injector Soot Ingestion from 80,000 km
Faulty injectors generate excessive soot that prematurely clogs the DPF. On the high-output variant (190 hp), soot also blocks the low-pressure filter of the dual EGR system. Repair requires simultaneous replacement of injectors AND DPF (TSB-20-2335). Replacing the DPF alone does not resolve the issue long-term.
Symptoms: Fault codes P2002, P02EC, P02FA, check engine light, power reduction - !! Oil Bath Belt Clogs Oil Pump Strainer from 100,000 km
The oil bath timing belt deteriorates and clogs the oil pump strainer with debris. The engine dies from oil starvation — bearings, crankshaft, camshaft, and turbocharger are destroyed.
Symptoms: No warning: oil pressure drops, engine runs roughly, then total failure. Belt itself may appear visually intact.
+ 5 more engine weaknesses + vehicle weaknesses
2.0L four-cylinder diesel 1995cc with 48V mild hybrid. Engine code YLDC. 150 hp mild-hybrid version in the Kuga III.
- !! Continental Injector Coating Defect (2019) from 50,000 km
Continental injectors with a faulty internal coating (vehicles built Feb–Sep 2019). The coating delaminates and blocks the injector. Ford service action: free injector replacement (Ford TSB-20-2335). Affected vehicles: Transit, Ranger, Focus, Mondeo, S-Max, Galaxy, Edge.
Symptoms: Hesitation, poor idle, power reduction, increased fuel consumption, limp mode - !! DPF Clogging from Injector Soot Ingestion from 80,000 km
Faulty injectors generate excessive soot that prematurely clogs the DPF. On the high-output variant (190 hp), soot also blocks the low-pressure filter of the dual EGR system. Repair requires simultaneous replacement of injectors AND DPF (TSB-20-2335). Replacing the DPF alone does not resolve the issue long-term.
Symptoms: Fault codes P2002, P02EC, P02FA, check engine light, power reduction - !! Oil Bath Timing Belt — Debris Clogs Oil Strainer from 130,000 km
The 2.0 EcoBlue uses a wet-running toothed belt to drive the oil pump. Wear of the belt coating generates fine particles that clog the oil pump strainer. Oil pressure loss damages bearings, crankshaft, camshaft, and turbocharger.
Symptoms: No early warning symptoms; once clogged: oil pressure warning, metallic knocking, turbocharger wear, in worst case sudden engine failure
+ 4 more engine weaknesses + vehicle weaknesses
1.5L EcoBoost in the Kuga (MK2). Four-cylinder turbo. Shares the structural open-deck block issue of the 1.5 EcoBoost range up to 2019. SUV use with typical short-trip profile.
- !! Cylinder Liner Crack — Coolant Ingress from 80,000 km
Same open-deck liner issue as other 1.5 EcoBoost engines from earlier build years. Coolant ingress into combustion chambers possible. TSB recommends short-block replacement.
Symptoms: White exhaust smoke, coolant loss, rough running, oil-coolant emulsion. - !! Oil Pump Timing Belt Degradation from 100,000 km
The 1.0 EcoBoost in the Puma requires Ford oil WSS-M2C948-B without exception. With incorrect oil specification the oil-bath timing belt degrades and can snap, resulting in engine damage.
Symptoms: Rattling on cold start, oil pressure warning light, in the worst case engine damage from oil starvation. - !! Head Gasket Leak from 80,000 km
The 1.0 EcoBoost shows head gasket issues across various build years, often caused by thermal overloading during short trips or neglected coolant changes.
Symptoms: Coolant loss without visible leak, sweet smell in exhaust, occasional tendency to overheat.
+ 4 more engine weaknesses + vehicle weaknesses
2.0L EcoBoost in the Kuga (MK2). SUV application with greater vehicle weight. Shares all typical 2.0 EcoBoost weaknesses. Fuel consumption increased by SUV weight.
- !! Low-Pressure Fuel Pump (LPFP) Failure from 120,000 km
The in-tank low-pressure fuel pump is a known weak point on all 2.0 EcoBoost engines. A clogged fuel filter increases pump load until failure.
Symptoms: Hesitation and power loss under load, difficult starting, code P0087, sudden engine stall. - !! Hairline Cracks in Engine Block (Coolant Loss) from 120,000 km
Older 2.0 EcoBoost engines show hairline cracks in the open-deck block at high mileages with coolant intrusion. Issue existed until approximately 2019; revised block is more robust.
Symptoms: Coolant loss with no visible leak, rough cold start, oil-coolant mix. - !! Hairline Crack in Engine Block — Coolant Entering Combustion Chamber from 60,000 km
Known manufacturing defect up to mid-2019: hairline cracks in the cylinder block between cylinders allow coolant to enter the combustion chamber. Ford revised the block from mid-2019 onwards.
Symptoms: Coolant loss with no external leak; rough cold start; white smoke from exhaust; milky coolant.
+ 3 more engine weaknesses + vehicle weaknesses
2.5L Duratec PHEV in the Kuga III (MK3). Plug-in hybrid with Samsung SDI LFP battery. Two recall waves due to fire risk from battery defects (2020 and 2024). Battery replacement is extremely costly.
- !! Recall 2020: High-Voltage Battery Fire Risk (Samsung SDI Contamination)
Contaminated battery cells from Samsung SDI (Hungary) caused fires in at least 4 vehicles. Ford halted sales in 2020 and recalled all Kuga PHEVs built before 26 June 2020. Complete battery replacement.
Symptoms: Heat development without warning, fire, possibly preceded by charging errors or warning messages. - !! Recall 24S79 (2024): Internal Short Circuit High-Voltage Battery
Second recall wave: repeated charge/discharge cycles damage the internal battery separator, leading to internal short circuits and fire risk. 26,000 vehicles affected. Charging ban until repair.
Symptoms: Warning messages on the dashboard, loss of electric motor power, in extreme cases fire even after parking. - !! Turbocharger VGT Wear from 150,000 km
The 2.2 TDCi BGDA shows typical variable turbine geometry wear. Oil carbon deposits on the vanes restrict turbo response and cause power loss.
Symptoms: Power loss at low rpm, limp mode triggered by ECU, dark exhaust smoke under acceleration.
+ 4 more engine weaknesses + vehicle weaknesses
2.5L Duratec PHEV in the Kuga III (MK3). Plug-in hybrid with Samsung SDI LFP battery. Two recall waves due to fire risk from battery defects (2020 and 2024). Battery replacement is extremely costly.
- !! Recall 2020: High-Voltage Battery Fire Risk (Samsung SDI Contamination)
Contaminated battery cells from Samsung SDI (Hungary) caused fires in at least 4 vehicles. Ford halted sales in 2020 and recalled all Kuga PHEVs built before 26 June 2020. Complete battery replacement.
Symptoms: Heat development without warning, fire, possibly preceded by charging errors or warning messages. - !! Recall 24S79 (2024): Internal Short Circuit High-Voltage Battery
Second recall wave: repeated charge/discharge cycles damage the internal battery separator, leading to internal short circuits and fire risk. 26,000 vehicles affected. Charging ban until repair.
Symptoms: Warning messages on the dashboard, loss of electric motor power, in extreme cases fire even after parking. - !! Turbocharger VGT Wear from 150,000 km
The 2.2 TDCi BGDA shows typical variable turbine geometry wear. Oil carbon deposits on the vanes restrict turbo response and cause power loss.
Symptoms: Power loss at low rpm, limp mode triggered by ECU, dark exhaust smoke under acceleration.
+ 4 more engine weaknesses + vehicle weaknesses
Vehicle Weaknesses
| Weakness | Cost | |
|---|---|---|
| Recall PHEV: fire risk from faulty high-voltage battery The Kuga PHEV (plug-in hybrid) was recalled multiple times for fire risk. Faulty charge regulation or defective battery cells can cause overheating and vehicle fire. Multiple separate recall actions up to 2025. | Low | |
| Recall: connecting rod bearing defect in 2.5-litre engine with fire risk In 2022 Ford recalled over 36,000 German Kuga PHEV and FHEV vehicles because a defective connecting rod bearing can damage the engine block. Oil can reach hot exhaust components — significant fire risk. As an immediate measure the grille was modified rather than replacing the bearing. Symptoms: Engine oil warning; oil loss; engine noise; in extreme cases smoke or smell of burning. | Low | |
| Recall: 1.5 EcoBoost cracked injectors Active recall for cracked fuel injectors on the 1.5 EcoBoost. Affects production 19 Nov 2018 to 28 May 2024 — nearly all Kuga III with this engine. Symptoms: Rough idle, fuel smell, engine warning light, power loss | Low |
Test Reports
TÜV Report 2026
Despite modern technology, electronics faults and deeply discharged starter batteries are notable. Several recalls add to the poor picture.
2025-11ADAC Breakdown Statistics 2025
The Kuga III also stands out for high breakdown frequency; battery and electronics issues dominate.
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Known Problems and Issues +
A total of 50 weaknesses have been documented for the Ford Kuga 3 (2019–2024) — 42 engine-related and 8 vehicle-related. 3 problem engines: R9MA (2.0L EcoBoost), YMDA (2.0L EcoBlue), BGDA (2.5L Duratec Atkinson). Typical issues affect Other, Gearbox, Cooling, Electronics.
Kuga (EcoBlue-1.5-Kuga3, 2019–2022) — Be Careful: Injector Problems: Juddering and Knocking, Recall: Camshaft sprocket material fatigue (16B42), EGR cooler crack with coolant ingress. Power: 120 PS.
Kuga (YMDA, 2019–2024) — Stay Away!: Continental Injector Coating Defect (2019), DPF Clogging from Injector Soot Ingestion, Oil Bath Belt Clogs Oil Pump Strainer. Power: 190 PS.
Kuga (M8MA, 2018–2021) — Be Careful: Cylinder Liner Crack — Coolant Ingress, Oil Pump Timing Belt Degradation, Head Gasket Leak. Power: 175–182 PS.
Kuga (M8MA, 2019–2024) — Be Careful: Cylinder Liner Crack — Coolant Ingress, Oil Pump Timing Belt Degradation, Head Gasket Leak. Power: 120 PS.
Kuga (M8MA, 2019–2024) — Be Careful: Cylinder Liner Crack — Coolant Ingress, Oil Pump Timing Belt Degradation, Head Gasket Leak. Power: 150–151 PS.
Kuga (R9MA, 2019–2021) — Stay Away!: Low-Pressure Fuel Pump (LPFP) Failure, Hairline Cracks in Engine Block (Coolant Loss), Hairline Crack in Engine Block — Coolant Entering Combustion Chamber. Power: 231 PS.
Kuga (BGDA, 2020–2024) — Stay Away!: Recall 2020: High-Voltage Battery Fire Risk (Samsung SDI Contamination), Recall 24S79 (2024): Internal Short Circuit High-Voltage Battery, Turbocharger VGT Wear. Power: 190 PS.
Kuga (BGDA, 2019–2024) — Stay Away!: Recall 2020: High-Voltage Battery Fire Risk (Samsung SDI Contamination), Recall 24S79 (2024): Internal Short Circuit High-Voltage Battery, Turbocharger VGT Wear. Power: 150–152 PS.
Kuga (BGDA, 2019–2024) — Stay Away!: Recall 2020: High-Voltage Battery Fire Risk (Samsung SDI Contamination), Recall 24S79 (2024): Internal Short Circuit High-Voltage Battery, Turbocharger VGT Wear. Power: 225 PS.
Kuga (YLDC, 2020–2022) — Be Careful: Continental Injector Coating Defect (2019), DPF Clogging from Injector Soot Ingestion, Oil Bath Timing Belt — Debris Clogs Oil Strainer. Power: 150 PS.
What to watch out for with the Ford Kuga? See the detailed listing of all engine and vehicle weaknesses in the sections above.
Frequently Asked Questions
What problems and weaknesses does the Ford Kuga 3 have? +
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Last updated: February 2026 · All information without guarantee